Biodegradable Ionic Liquids – Task Specific Solvents |
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| Dublin City University (DCU) researchers have developed a range of ionic liquid solvents which have enhanced biodegradability and reduced toxicity relative to currently commercially available ionic liquids. Ionic liquids offer a “greener” alternative to traditional organic solvents and their properties can be tailored to suit specific chemical synthesis applications or the manufacture of single enantiomer drugs for the pharmaceutical industry. | ![]() |
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| Biodegradable Ionic Liquids | ||
EMμ Electroactive Monolithic Stationary Phases – The Next Generation of Separation Science |
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| Dublin City University (DCU) researchers have developed technology to enable reproducible fabrication and control monolithic stationary phases for use in analytical separation. The monolithic stationary phase is fabricated from an electroactive polymer (e.g. polyaniline) for use in either capillary HPLC column or Lab-On-Chip (LOC) format. | ![]() |
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| EMμ Electroactive Monolithic Stationary Phases – The Next Generation of Separation Science | ||
| Irish Separation Science Cluster | ||
Dublin City University and University College Cork are collaborating on an exciting multi-disciplinary and multi-partner research effort focused in the development of new materials, methods and technologies toward the advancement of the separation sciences and the provision of separation science based solutions to the characterisation of complex biological systems. |
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| ISSC Overview | ||